Access To Knowledge (A2K)

Freedom from Monitoring: India Inc Should Push For Privacy Laws

sunil — 2013-08-21T07:04:48Z

More surveillance than absolutely necessary actually undermines the security objective.

This article by Sunil Abraham was published in Forbes India Magazine on August 21, 2013.

I think I understand why the average Indian IT entrepreneur or enterprise does not have a position on blanket surveillance. This is because the average Indian IT enterprise’s business model depends on labour arbitrage, not intellectual property. And therefore they have no worries about proprietary code or unfiled patent applications being stolen by competitors via rogue government officials within projects such as NATGRID, UID and, now, the CMS.

A sub-section of industry, especially the technology industry, will always root for blanket surveillance measures. The surveillance industry has many different players, ranging from those selling biometric and CCTV hardware to those providing solutions for big data analytics and legal interception systems. There are also more controversial players who provide spyware, especially those in the market for zero-day exploits. The cheerleaders for the surveillance industry are techno-determinists who believe you can solve any problem by throwing enough of the latest and most expensive technology at it.

What is surprising, though, is that other indigenous or foreign enterprises that depend on secrecy and confidentiality—in sectors such a banking, finance, health, law, ecommerce, media, consulting and communications—also don’t seem to have a public position on the growing surveillance ambitions of ‘democracies’ such as India and the United States of America. (Perhaps the only exceptions are a few multinational internet and software companies that have made some show of resistance and disagreement with the blanket surveillance paradigm.)

Is it because these businesses are patriotic? Do they believe that secrecy, confidentiality and, most importantly, privacy, must be sacrificed for national security? If that were true then it would not be a particularly wise thing to do, as privacy is the precondition for security. Ann Cavoukian, privacy commissioner of Ontario, calls it a false dichotomy. Bruce Schneier, security technologist and writer, calls it a false zero sum game; he goes on to say, “There is no security without privacy. And liberty requires both security and privacy.”

The reason why the secret recipe of Coca Cola is still secret after over 120 years is the same as the reason why a captured soldier cannot spill the beans on the overall war strategy. Corporations, like militaries, have layers and layers of privacy and secrecy. The ‘need to know’ principle resists all centralising tendencies, such as blanket surveillance. It’s important to note that targeted surveillance to identify a traitor or spy within the military, or someone engaged in espionage within a corporation, is pretty much an essential. However, any more surveillance than absolutely necessary actually undermines the security objective. To summarise, privacy is a pre-condition to the security of the individual, the enterprise, the military and the nation state.

Most people complaining online about projects like the Central Monitoring System seem to think that India has no privacy laws. This is completely untrue: We have around 50 different laws, rules and regulations that aim to uphold privacy and confidentiality in various domains. Unfortunately, most of those policies are very dated and do not sufficiently take into account the challenges of contemporary information societies. These policy documents need to be updated and harmonised through the enactment of a new horizontal privacy law. A small minority will say that Section 43(A) of the Information Technology Act is the India privacy law. That is not completely untrue, but is a gross exaggeration. Section 43(A) is really only a data security provision and, at that, it does not even comprehensively address data protection, which is only a sub-set of the overall privacy regulation required in a nation.

What would an ideal privacy law for India look like? For one, it would protect the rights of all persons, regardless of whether they are citizens or residents. Two, it would define privacy principles. Three, it would establish the office of an independent and autonomous privacy commissioner, who would be sufficiently empowered to investigate and take action against both government and private entities. Four, it would define civil and criminal offences, remedies and penalties. And five, it would have an overriding effect on previous legislation that does not comply with all the privacy principles.

The Justice AP Shah Committee report, released in October 2012, defined the Indian privacy principles as notice, choice and consent, collection limitation, purpose limitation, access and correction, disclosure of information, security, openness and accountability. The report also lists the exemptions and limitations, so that privacy protections do not have a chilling effect on the freedom of expression and transparency enabled by the Right to Information Act.

The Department of Personnel and Training has been working on a privacy bill for the last three years. Two versions of the bill had leaked before the Justice AP Shah Committee was formed. The next version of the bill, hopefully implementing the recommendations of the Justice AP Shah Committee report, is expected in the near future. In a multi-stakeholder-based parallel process, the Centre for Internet and Society (where I work), along with FICCI and DSCI, is holding seven round tables on a civil society draft of the privacy bill and the industry-led efforts on co-regulation.

The Indian ITES, KPO and BPO sector should be particularly pleased with this development. As should any other Indian enterprise that holds personal information of EU and US nationals. This is because the EU, after the enactment of the law, will consider data protection in India adequate as per the requirements of its Data Protection Directive. This would mean that these enterprises would not have to spend twice the time and resources ensuring compliance with two different regulatory regimes.

Is the lack of enthusiasm for privacy in the Indian private sector symptomatic of Indian societal values? Can we blame it on cultural relativism, best exemplified by what Simon Davies calls “the Indian Train Syndrome, in which total strangers will disclose their lives on a train to complete strangers”? But surely, when email addresses are exchanged at the end of that conversation, they are not accompanied by passwords. Privacy is perhaps differently configured in Indian societies but it is definitely not dead. Fortunately for us, calls to protect this important human right are growing every day.

For more details visit https://cis-india.org/internet-governance/blog/forbesindia-article-august-21-2013-sunil-abraham-freedom-from-monitoring

Balancing vigilance and privacy

praskrishna — 2013-09-05T10:53:28Z

As the government steps up its surveillance capabilities, the entire social contract between the state and citizens is being reformulated, with worrying consequences.

This article by Prashant Jha was published in the Hindu on August 18, 2013. Pranesh Prakash is quoted.

The Indian state is arming itself with both technological capabilities and the institutional framework to track the lives of citizens in an unprecedented manner.

A new Centralised Monitoring System (CMS) is in the offing, which would build on the already existing mechanisms. As The Hindu reported on June 21, this would allow the government to access in real-time any mobile and fixed line conversation, SMS, fax, website visit, social media usage, Internet search and email, and will have ‘unmatched capabilities of deep search surveillance and monitoring’.

Civil society groups and citizens expressed concern about the government’s actions, plans, and intent at a discussion organised by the Foundation for Media Professionals, on Saturday.

The context

Usha Ramanathan, a widely respected legal scholar, pointed to the larger political context which had permitted this form of surveillance. It stemmed, she argued, from a misunderstanding of the notion of sovereignty. “It is not the government, but the people who are sovereign.” Laws and the Constitution are about limiting the power of the state, but while people were being subjected to these restrictions, the government itself had found ways to remain above it – either by not having laws, or having ineffective regulators. States knew the kind of power they exercised over citizens, with the result that ‘impunity had grown’.

“There is also a complete breakdown of the criminal justice system,” Ms Ramanathan said. This had resulted in a reliance on extra-judicial methods of investigation, and ‘scape-goating’ had become the norm. ‘National security’ had been emphasised, re-emphasised, and projected as the central goal. “We haven’t paused to ask what this means, and the extent to which we have been asked to give up personal security for the sake of national security.” It was in this backdrop that technology had advanced by leaps, and made extensive surveillance possible.

The implications are enormous. The data is often used for purposes it is not meant for, including political vendetta, keeping track of rivals, corporates, and digging out facts about a citizen when he may have antagonised those in power.

Pranesh Prakash, director of the Centre of Internet and Society (CIS) looked back at the killing of Haren Pandya, the senior Bharatiya Janata Party (BJP) leader in Gujarat. Mr Pandya was using the SIM card of a friend, and it was by tracking the SIM, and through it his location, that the Gujarat government got to know that Mr Pandya had deposed before a commission and indicted the administration for its role in the riots. Eventually, he was found murdered outside a park in Ahmedabad. The Gujarat Police had accessed call details of 90,000 phones.

It is also not clear whether mining this kind of data has been effective for the national security purposes, which provide the reason for doing it in the first place. Saikat Datta, resident editor of Daily News and Analysis, and an expert on India’s intelligence apparatus, said a core problem was the absence of any auditing and over sight. “There needs to be a constant review of the number of calls, emails under surveillance, with questions about whether it is yielding results. But this does not happen, probably because a majority is not for counter-terrorism. There would be trouble if you build accountability mechanisms.” When he sought information under RTI around precisely such issues, he was denied information on the grounds that it would strengthen ‘enemies of the state’.

Anja Kovacs, who works with the Internet Democracy Project, said this form of “mass surveillance” criminalised everybody since it was based on the assumption that each citizen was a “potential criminal”. She also pointed out that having “more information” did not necessarily mean it was easier to address security threats – there was intelligence preceding the Mumbai attacks, but it was not acted upon. She added, “Most incidents have been resolved by traditional intelligence. Investing in agencies, training them better could be more effective.”

Bring in the caveats

Few argue that the state is not entitled to exercise surveillance at all. In fact, a social contract underpins democratic states. Citizens agree to subject some of their rights to restrictions, and vest the state with the monopoly over instruments and use of violence. In turn, the state – acting within a set of legal principles; being accountable to citizens; and renewing its popular legitimacy through different measures, including elections – provides order and performs a range of developmental functions.

This framework, citizens and civil liberty groups worry, is under threat with governments appropriating and usurping authority to conduct unprecedented surveillance. Citizen groups, technology and privacy experts came together globally to draft the International Principles on the Application of Human Rights to Communication Surveillance.

It prescribed that any restriction to privacy through surveillance must be ‘legal’; it must be for a ‘legitimate aim’; it must be ‘strictly and demonstrably necessary’; it must be preceded by showing to an established authority that other ‘less invasive investigative techniques’ have been used; it must follow ‘due process’; decisions must be taken by a ‘competent judicial authority’; there must be ‘public oversight’ mechanisms; and ‘integrity of communications and systems’ should be maintained. (Full text available on www.necessaryandproportionate.org)Mr Prakash of CIS, which has done extensive work on surveillance and privacy issues, said, “An additional principle must be collection limitation or data minimisation.” Giving the instance of Indian Railways seeking the date of birth from a customer booking a ticket, Mr Prakash said this was not information which was necessary. But it could be used by hackers and many other agencies to access an individual’s private transactions in other areas. The UPA government is finalising a privacy Bill, but its final version is not yet public, and it is not clear how far the government would go in protecting citizen rights.

For more details visit https://cis-india.org/news/the-hindu-august-19-2013-prashant-jha-balancing-vigilance-and-privacy

How Next-Gen Smartphone Users are Being Bought and Sold

praskrishna — 2013-09-05T10:48:18Z

After facebook and google, Twitter became the latest to buy millions of Indian smartphone users in July.

This article by Rohin Dharmakumar was published by Forbes India Magazine on August 13, 2013, and later mirrored in IBN Live on August 19, 2013. Sunil Abraham is quoted.

Now, the actual announcement was about how Twitter had partnered with Vodafone India to offer its services ‘free of cost’ to mobile subscribers for three months. It had already inked similar deals with Airtel and Reliance, according to Medianama, a digital media news site. Google and Facebook, too, announced such agreements during the past year, whereby mobile subscribers could use their service ‘free of cost’ through their phones.

Nothing is really ‘free’ on the web, which is why we have the adage: “If you’re not paying for it, you are the product”. So these large web companies are actually buying millions of first-time mobile internet users by paying off their respective mobile operators. Of India’s 137 million internet users, roughly 120 million access mobile internet.

Sunil Abraham, director of the Centre for Internet & Society in Bangalore, thinks India could be going down the Indonesia route. “If you ask the average Indonesian mobile user if he or she has internet access, they might say no. Ask them if they have Facebook or Twitter, and they’ll say yes!” Incidentally, 96 percent of Indonesians use social media, mostly from their phones.

Smaller competitors to Facebook, Google and Twitter who can’t afford to pay mobile operators on similar terms will find their competitiveness shrinking. Meanwhile, a large number of Indians will balk at paying for internet usage on their phones because the social networks are all ‘free’.

For more details visit https://cis-india.org/news/forbesindia-august-13-2013-rohin-dharmakumar-how-nextgen-smartphone-users-are-being-bought-and-sold

Surveillance: Privacy Vs Security

praskrishna — 2013-08-19T05:32:55Z

The Foundation for Media Professionals is organizing a debate at the India International Centre, New Delhi on August 17, 2013. Shri Kapil Sibal will give the opening speech. Natgrid chief Raghu Raman is one of the debaters. Pranesh Prakash is participating in this event as a panelist.

This was published by the Foundation for Media Professionals on their website. Also read the blog post by Vivian Fernandes and Ninglun Hanghal.

In the backdrop of the recent disclosures by US defense contractor Edward Snowden about the activity of the National Security Agency (NSA) and reports that NSA may have collaborated with India on surveillance program in the country that have raised concerns about privacy and right of citizens, Foundation for Media Professionals (FMP) in partnership with Friedrich Ebert Stiftung (FES) invited Pranesh Prakash to a panel discussion on "Surveillance: Privacy vs. Security".

Guest Speaker
Kapil Sibal, Union Minister for Communications and Information Technology, Govt. of India

Panelists

Pranesh Prakash, Policy Director, Centre for Internet and Society

Dr. Usha Ramanathan, Independent Law Researcher
Saikat Datta, Resident Editor, DNA
Capt. Raghu Raman, National Intelligence Grid (Natgrid)

Moderator

Paranjoy Guha Thakurta

For more details visit https://cis-india.org/news/foundation-for-media-professionals-august-17-2013-surveillance-privacy-v-security

FinFisher in India and the Myth of Harmless Metadata

maria — 2013-08-13T11:30:15Z

In this article, Maria Xynou argues that metadata is anything but harmless, especially since FinFisher — one of the world's most controversial types of spyware — uses metadata to target individuals.

In light of PRISM, the Central Monitoring System (CMS) and other such surveillance projects in India and around the world, the question of whether the collection of metadata is “harmless” has arisen.[1] In order to examine this question, FinFisher[2] — surveillance spyware — has been chosen as a case study to briefly examine to what extent the collection and surveillance of metadata can potentially violate the right to privacy and other human rights. FinFisher has been selected as a case study not only because its servers have been recently found in India[3] but also because its “remote monitoring solutions” appear to be very pervasive even on the mere grounds of metadata.

FinFisher in India

FinFisher is spyware which has the ability to take control of target computers and capture even encrypted data and communications. The software is designed to evade detection by anti-virus software and has versions which work on mobile phones of all major brands.[4] In many cases, the surveillance suite is installed after the target accepts installation of a fake update to commonly used software.[5] Citizen Lab researchers have found three samples of FinSpy that masquerades as Firefox.[6]

FinFisher is a line of remote intrusion and surveillance software developed by Munich-based Gamma International. FinFisher products are sold exclusively to law enforcement and intelligence agencies by the UK-based Gamma Group.[7] A few months ago, it was reported that command and control servers for FinSpy backdoors, part of Gamma International´s FinFisher “remote monitoring solutions”, were found in a total of 25 countries, including India.[8]

The following map, published by the Citizen Lab, shows the 25 countries in which FinFisher servers have been found.[9]


The above map shows the results of scanning for characteristics of FinFisher command and control servers.

FinFisher spyware was not found in the countries coloured blue, while the colour green is used for countries not responding. The countries using FinFisher range from shades of orange to shades of red, with the lightest shade of orange ranging to the darkest shade of red on a scale of 1-6, and with 1 representing the least active servers and 6 representing the most active servers in regards to the use of FinFisher. On a scale of 1-6, India is marked a 3 in terms of actively using FinFisher.[10]

Research published by the Citizen Lab reveals that FinSpy servers were recently found in India, which indicates that Indian law enforcement agencies may have bought this spyware from Gamma Group and might be using it to target individuals in India.[11] According to the Citizen Lab, FinSpy servers in India have been detected through the HostGator operator and the first digits of the IP address are: 119.18.xxx.xxx. Releasing complete IP addresses in the past has not proven useful, as the servers are quickly shut down and relocated, which is why only the first two octets of the IP address are revealed.[12]

The Citizen Lab's research reveals that FinFisher “remote monitoring solutions” were found in India, which, according to Gamma Group's brochures, include the following:

FinSpy: hardware or software which monitors targets that regularly change location, use encrypted and anonymous communications channels and reside in foreign countries. FinSpy can remotely monitor computers and encrypted communications, regardless of where in the world the target is based. FinSpy is capable of bypassing 40 regularly tested antivirus systems, of monitoring the calls, chats, file transfers, videos and contact lists on Skype, of conducting live surveillance through a webcam and microphone, of silently extracting files from a hard disk, and of conducting a live remote forensics on target systems. FinSpy is hidden from the public through anonymous proxies.[13]

FinSpy Mobile: hardware or software which remotely monitors mobile phones. FinSpy Mobile enables the interception of mobile communications in areas without a network, and offers access to encrypted communications, as well as to data stored on the devices that is not transmitted. Some key features of FinSpy Mobile include the recording of common communications like voice calls, SMS/MMS and emails, the live surveillance through silent calls, the download of files, the country tracing of targets and the full recording of all BlackBerry Messenger communications. FinSpy Mobile is hidden from the public through anonymous proxies.[14]

FinFly USB: hardware which is inserted into a computer and which can automatically install the configured software with little or no user-interaction and does not require IT-trained agents when being used in operations. The FinFly USB can be used against multiple systems before being returned to the headquarters and its functionality can be concealed by placing regular files like music, video and office documents on the device. As the hardware is a common, non-suspicious USB device, it can also be used to infect a target system even if it is switched off.[15]

FinFly LAN: software which can deploy a remote monitoring solution on a target system in a local area network (LAN). Some of the major challenges law enforcement faces are mobile targets, as well as targets who do not open any infected files that have been sent via email to their accounts. FinFly LAN is not only able to deploy a remote monitoring solution on a target´s system in local area networks, but it is also able to infect files that are downloaded by the target, by sending fake software updates for popular software or to infect the target by injecting the payload into visited websites. Some key features of the FinFly LAN include: discovering all computer systems connected to LANs, working in both wired and wireless networks, and remotely installing monitoring solutions through websites visited by the target. FinFly LAN has been used in public hotspots, such as coffee shops, and in the hotels of targets.[16]

FinFly Web: software which can deploy remote monitoring solutions on a target system through websites. FinFly Web is designed to provide remote and covert infection of a target system by using a wide range of web-based attacks. FinFly Web provides a point-and-click interface, enabling the agent to easily create a custom infection code according to selected modules. It provides fully-customizable web modules, it can be covertly installed into every website and it can install the remote monitoring system even if only the email address is known.[17]

FinFly ISP: hardware or software which deploys a remote monitoring solution on a target system through an ISP network. FinFly ISP can be installed inside the Internet Service Provider Network, it can handle all common protocols and it can select targets based on their IP address or Radius Logon Name. Furthermore, it can hide remote monitoring solutions in downloads by targets, it can inject remote monitoring solutions as software updates and it can remotely install monitoring solutions through websites visited by the target.[18]

Although FinFisher is supposed to be used for “lawful interception”, it has gained notoriety for targeting human rights activists.[19] According to Morgan Marquis-Boire, a security researcher and technical advisor at the Munk School and a security engineer at Google, FinSpy has been used in Ethiopia to target an opposition group called Ginbot.[20] Researchers have argued that FinFisher has been sold to Bahrain's government to target activists, and such allegations were based on an examination of malicious software which was emailed to Bahraini activists.[21] Privacy International has argued that FinFisher has been deployed in Turkmenistan, possibly to target activists and political dissidents.[22]

Many questions revolving around the use of FinFisher and its “remote monitoring solutions” remain vague, as there is currently inadquate proof of whether this spyware is being used to target individuals by law enforcement agencies in the countries where command and control servers have been found, such as India.[23] However, FinFisher's brochures which were circulated in the ISS world trade shows and leaked by WikiLeaks do reveal some confirmed facts: Gamma International claims that its FinFisher products are capable of taking control of target computers, of capturing encrypted data and of evading mainstream anti-virus software.[24] Such products are exhibited in the world's largest surveillance trade show and probably sold to law enforcement agencies around the world.[25] This alone unveils a concerning fact: spyware which is so sofisticated that it even evades encryption and anti-virus software is currently in the market and law enforcement agencies can potentially use it to target activists and anyone who does not comply with social conventions.[26] A few months ago, two Indian women were arrested after having questioned the shutdown of Mumbai for Shiv Sena patriarch Bal Thackeray's funeral.[27] Thus, it remains unclear what type of behaviour is targeted by law enforcement agencies and whether spyware, such as FinFisher, would be used in India to track individuals without a legally specified purpose.

Furthermore, India lacks privacy legislation which could safeguard individuals from potential abuse, while sections 66A and 69 of the Information Technology (Amendment) Act, 2008, empower Indian authorities with extensive surveillance capabilites.[28] While it remains unclear if Indian law enforcement agencies are using FinFisher spy products to unlawfully target individuals, it is a fact that FinFisher control and command servers have been found in India and that, if used, they could potentially have severe consequences on individuals' right to privacy and other human rights.[29]

The Myth of Harmless Metadata

Over the last months, it has been reported that the Central Monitoring System (CMS) is being implemented in India, through which all telecommunications and Internet communications in the country are being centrally intercepted by Indian authorities. This mass surveillance of communications in India is enabled by the omission of privacy legislation and Indian authorities are currently capturing the metadata of communications.[30]

Last month, Edward Snowden leaked confidential U.S documents on PRISM, the top-secret National Security Agency (NSA) surveillance programme that collects metadata through telecommunications and Intenet communications. It has been reported that through PRISM, the NSA has tapped into the servers of nine leading Internet companies: Microsoft, Google, Yahoo, Skype, Facebook, YouTube, PalTalk, AOL and Apple.[31] While the extent to which the NSA is actually tapping into these servers remains unclear, it is certain that the NSA has collected metadata on a global level.[32] Yet, the question of whether the collection of metadata is “harmful” remains ambiguous.

According to the National Information Standards Organization (NISO), the term “metadata” is defined as “structured information that describes, explains, locates or otherwise makes it easier to retrieve, use or manage an information resource”. NISO claims that metadata is “data about data” or “information about information”.[33] Furthermore, metadata is considered valuable due to its following functions:

Resource discovery
Organizing electronic resources
Interoperability
Digital Identification
Archiving and preservation

Metadata can be used to find resources by relevant criteria, to identify resources, to bring similar resources together, to distinguish dissimilar resources and to give location information. Electronic resources can be organized through the use of various software tools which can automatically extract and reformat information for Web applications. Interoperability is promoted through metadata, as describing a resource with metadata allows it to be understood by both humans and machines, which means that data can automatically be processed more effectively. Digital identification is enabled through metadata, as most metadata schemes include standard numbers for unique identification. Moreover, metadata enables the archival and preservation of large volumes of digital data.[34]

Surveillance projects, such as PRISM and India's CMS, collect large volumes of metadata, which include the numbers of both parties on a call, location data, call duration, unique identifiers, the International Mobile Subscriber Identity (IMSI) number, email addresses, IP addresses and browsed webpages.[35] However, the fact that such surveillance projects may not have access to content data might potentially create a false sense of security.[36] When Microsoft released its report on data requests by law enforcement agencies around the world in March 2013, it revealed that most of the disclosed data was metadata, while relatively very little content data was allegedly disclosed.[37]

imilarily, Google's transparency report reveals that the company disclosed large volumes of metadata to law enforcement agencies, while restricting its disclosure of content data.[38]

Such reports may potentially provide a sense of security to the public, as they reassure that the content of personal emails, for example, has not been shared with the government, but merely email addresses – which might be publicly available online anyway. However, is content data actually more “harmful” than metadata? Is metadata “harmless”? How much data does metadata actually reveal?

The Guardian recently published an article which includes an example of how individuals can be tracked through their metadata. In particular, the example explains how an individual is tracked – despite using an anonymous email account – by logging in from various hotels' public Wi-Fi and by leaving trails of metadata that include times and locations. This example illustrates how an individual can be tracked through metadata alone, even when anonymous accounts are being used.[39]

Wired published an article which states that metadata can potentially be more harmful than content data because “unlike our words, metadata doesn't lie”. In particular, content data shows what an individual says – which may be true or false – whereas metadata includes what an individual does. While the validity of the content within an email may potentially be debateable, it is undeniable that an individual logged into specific websites – if that is what that individuals' IP address shows. Metadata, such as the browsing habits of an individual, may potentially provide a more thorough and accurate profile of an individual than that individuals' email content, which is why metadata can potentially be more harmful than content data.[40]

Furthermore, voice content is hard to process and written content in an email or chat communication may not always be valid. Metadata, on the other hand, provides concrete patterns of an individuals' behaviour, interests and interactions. For example, metadata can potentially map out an individuals' political affiliation, interests, economic background, institution, location, habits and the people that individual interacts with. Such data can potentially be more valuable than content data, because while the validity of email content is debateable, metadata usually provides undeniable facts. Not only is metadata more accurate than content data, but it is also ideally suited to automated analysis by a computer. As most metadata includes numeric figures, it can easily be analysed by data mining software, whereas content data is more complicated.[41]

FinFisher products, such as FinFly LAN, FinFly Web and FinFly ISP, provide solid proof that the collection of metadata can potentially be “harmful”. In particular, FinFly LAN can be deployed in a target system in a local area network (LAN) by infecting files that are downloaded by the target, by sending fake software updates for popular software or by infecting the payload into visited websites. The fact that FinFly LAN can remotely install monitoring solutions through websites visited by the target indicates that metadata alone can be used to acquire other sensitive data.[42]

FinFly Web can deploy remote monitoring solutions on a target system through websites. Additionally, FinFly Web can be covertly installed into every website and it can install the remote monitoring system even if only the email address is known.[43] FinFly ISP can select targets based on their IP address or Radius Logon Name. Furthermore, FinFly ISP can remotely install monitoring solutions through websites visited by the target, as well as inject remote monitoring solutions as software updates.[44] In other words, FinFisher products, such as FinFly LAN, FinFly Web and FinFly ISP, can target individuals, take control of their computers and their data, and capture even encrypted data and communications with the help of metadata alone.

The example of FinFisher products illustrates that metadata can potentially be as “harmful” as content data, if acquired unlawfully and without individual consent.[45] Thus, surveillance schemes, such as PRISM and India's CMS, which capture metadata without individuals' consent can potentially pose a major threat to the right to privacy and other human rights.[46] Privacy can be defined as the claim of individuals, groups or institutions to determine when, how and to what extent information about them is communicated to others.[47] Furthermore, privacy is at the core of human rights because it protects individuals from abuse by those in power.[48] The unlawful collection of metadata exposes individuals to the potential violation of their human rights, as it is not transparent who has access to their data, whether it is being shared with third parties or for how long it is being retained.

It is not clear if Indian law enforcement agencies are actually using FinFisher products, but the Citizen Lab did find FinFisher command and control servers in the country which indicates that there is a high probability that such spyware is being used.[49] This probability is highly concerning not only because the specific spy products have such advanced capabilities that they are even capable of capturing encrypted data, but also because India currently lacks privacy legislation which could safeguard individuals.

Thus, it is recommended that Indian law enforcement agencies are transparent and accountable if they are using spyware which can potentially breach their citizens' human rights and that privacy legislation is enacted into law. Lastly, it is recommended that all surveillance technologies are strictly regulated with regards to the protection of human rights and that Indian authorities adopt the principles on communication surveillance formulated by the Electronic Frontier Foundation and Privacy International.[50] The above could provide a decisive first step in ensuring that India is the democracy it claims to be.

[1]. Robert Anderson (2013), “Wondering What Harmless 'Metadata' Can Actually Reveal? Using Own Data, German Politician Shows Us”, The CSIA Foundation, http://bit.ly/1cIhu7G

[2]. Gamma Group, FinFisher IT Intrusion, http://bit.ly/fnkGF3

[3]. Morgan Marquis-Boire, Bill Marczak, Claudio Guarnieri & John Scott-Railton, “You Only Click Twice: FinFisher's Global Proliferation”, The Citizen Lab, 13 March 2013, http://bit.ly/YmeB7I

[4]. Michael Lewis, “FinFisher Surveillance Spyware Spreads to Smartphones”, The Star: Business, 30 August 2012, http://bit.ly/14sF2IQ

[5]. Marcel Rosenbach, “Troublesome Trojans: Firm Sought to Install Spyware Via Faked iTunes Updates”, Der Spiegel, 22 November 2011, http://bit.ly/14sETVV

[6]. Intercept Review, Mozilla to Gamma: stop disguising your FinSpy as Firefox, 02 May 2013, http://bit.ly/131aakT

[7]. Intercept Review, LI Companies Review (3) – Gamma, 05 April 2012, http://bit.ly/Hof9CL

[8]. Morgan Marquis-Boire, Bill Marczak, Claudio Guarnieri & John Scott-Railton, For Their Eyes Only: The Commercialization of Digital Spying, Citizen Lab and Canada Centre for Global Security Studies, Munk School of Global Affairs, University of Toronto, 01 May 2013, http://bit.ly/ZVVnrb

[9]. Morgan Marquis-Boire, Bill Marczak, Claudio Guarnieri & John Scott-Railton, “You Only Click Twice: FinFisher's Global Proliferation”, The Citizen Lab, 13 March 2013, http://bit.ly/YmeB7I

[10]. Ibid.

[11]. Morgan Marquis-Boire, Bill Marczak, Claudio Guarnieri & John Scott-Railton, For Their Eyes Only: The Commercialization of Digital Spying, Citizen Lab and Canada Centre for Global Security Studies, Munk School of Global Affairs, University of Toronto, 01 May 2013, http://bit.ly/ZVVnrb

[12]. Morgan Marquis-Boire, Bill Marczak, Claudio Guarnieri & John Scott-Railton, “You Only Click Twice: FinFisher's Global Proliferation”, The Citizen Lab, 13 March 2013, http://bit.ly/YmeB7I

[13]. Gamma Group, FinFisher IT Intrusion, FinSpy: Remote Monitoring & Infection Solutions, WikiLeaks: The Spy Files, http://bit.ly/zaknq5

[14]. Gamma Group, FinFisher IT Intrusion, FinSpy Mobile: Remote Monitoring & Infection Solutions, WikiLeaks: The Spy Files, http://bit.ly/19pPObx

[15]. Gamma Group, FinFisher IT Intrusion, FinFly USB: Remote Monitoring & Infection Solutions, WikiLeaks: The Spy Files, http://bit.ly/1cJSu4h

[16]. Gamma Group, FinFisher IT Intrusion, FinFly LAN: Remote Monitoring & Infection Solutions, WikiLeaks: The Spy Files, http://bit.ly/14J70Hi

[17]. Gamma Group, FinFisher IT Intrusion, FinFly Web: Remote Monitoring & Intrusion Solutions, WikiLeaks: The Spy Files, http://bit.ly/19fn9m0

[18]. Gamma Group, FinFisher IT Intrusion, FinFly ISP: Remote Monitoring & Intrusion Solutions, WikiLeaks: The Spy Files, http://bit.ly/13gMblF

[19]. Gerry Smith, “FinSpy Software Used To Surveil Activists Around The World, Reports Says”, The Huffington Post, 13 March 2013, http://huff.to/YmmhXI

[20]. Jeremy Kirk, “FinFisher Spyware seen Targeting Victims in Vietnam, Ethiopia”, Computerworld: IDG News, 14 March 2013, http://bit.ly/14J8BwW

[21]. Reporters without Borders: For Freedom of Information (2012), The Enemies of the Internet: Special Edition: Surveillance, http://bit.ly/10FoTnq

[22]. Privacy International, FinFisher Report, http://bit.ly/QlxYL0

[23]. Morgan Marquis-Boire, Bill Marczak, Claudio Guarnieri & John Scott-Railton, “You Only Click Twice: FinFisher's Global Proliferation”, The Citizen Lab, 13 March 2013, http://bit.ly/YmeB7I

[24]. Gamma Group, FinFisher IT Intrusion, FinSpy: Remote Monitoring & Infection Solutions, WikiLeaks: The Spy Files, http://bit.ly/zaknq5

[25]. Adi Robertson, “Paranoia Thrives at the ISS World Cybersurveillance Trade Show”, The Verge, 28 December 2011, http://bit.ly/tZvFhw

[26]. Gerry Smith, “FinSpy Software Used To Surveil Activists Around The World, Reports Says”, The Huffington Post, 13 March 2013, http://huff.to/YmmhXI

[27]. BBC News, “India arrests over Facebook post criticising Mumbai shutdown”, 19 November 2012, http://bbc.in/WoSXkA

[28]. Indian Ministry of Law, Justice and Company Affairs, The Information Technology (Amendment) Act, 2008, http://bit.ly/19pOO7t

[29]. Morgan Marquis-Boire, Bill Marczak, Claudio Guarnieri & John Scott-Railton, For Their Eyes Only: The Commercialization of Digital Spying, Citizen Lab and Canada Centre for Global Security Studies, Munk School of Global Affairs, University of Toronto, 01 May 2013, http://bit.ly/ZVVnrb

[30]. Phil Muncaster, “India introduces Central Monitoring System”, The Register, 08 May 2013, http://bit.ly/ZOvxpP

[31]. Glenn Greenwald & Ewen MacAskill, “NSA PRISM program taps in to user data of Apple, Google and others”, The Guardian, 07 June 2013, http://bit.ly/1baaUGj

[32]. BBC News, “Google, Facebook and Microsoft seek data request transparency”, 12 June 2013, http://bbc.in/14UZCCm

[33]. National Information Standards Organization (2004), Understanding Metadata, NISO Press, http://bit.ly/LCSbZ

[34]. Ibid.

[35]. The Hindu, “In the dark about 'India's PRISM'”, 16 June 2013, http://bit.ly/1bJCXg3 ; Glenn Greenwald, “NSA collecting phone records of millions of Verizon customers daily”, The Guardian, 06 June 2013, http://bit.ly/16L89yo

[36]. Robert Anderson, “Wondering What Harmless 'Metadata' Can Actually Reveal? Using Own Data, German Politician Shows Us”, The CSIA Foundation, 01 July 2013, http://bit.ly/1cIhu7G

[37]. Microsoft: Corporate Citizenship, 2012 Law Enforcement Requests Report,http://bit.ly/Xs2y6D

[38]. Google, Transparency Report, http://bit.ly/14J7hKp

[39]. Guardian US Interactive Team, A Guardian Guide to your Metadata, The Guardian, 12 June 2013, http://bit.ly/ZJLkpy

[40]. Matt Blaze, “Phew, NSA is Just Collecting Metadata. (You Should Still Worry)”, Wired, 19 June 2013, http://bit.ly/1bVyTJF

[41]. Ibid.

[42]. Gamma Group, FinFisher IT Intrusion, FinFly LAN: Remote Monitoring & Infection Solutions, WikiLeaks: The Spy Files, http://bit.ly/14J70Hi

[43]. Gamma Group, FinFisher IT Intrusion, FinFly Web: Remote Monitoring & Intrusion Solutions, WikiLeaks: The Spy Files, http://bit.ly/19fn9m0

[44]. Gamma Group, FinFisher IT Intrusion, FinFly ISP: Remote Monitoring & Intrusion Solutions, WikiLeaks: The Spy Files, http://bit.ly/13gMblF

[45]. Robert Anderson, “Wondering What Harmless 'Metadata' Can Actually Reveal? Using Own Data, German Politician Shows Us”, The CSIA Foundation, 01 July 2013, http://bit.ly/1cIhu7G

[46]. Shalini Singh, “India's surveillance project may be as lethal as PRISM”, The Hindu, 21 June 2013, http://bit.ly/15oa05N

[47]. Cyberspace Law and Policy Centre, Privacy, http://bit.ly/14J5u7W

[48]. Bruce Schneier, “Privacy and Power”, Schneier on Security, 11 March 2008, http://bit.ly/i2I6Ez

[49]. Morgan Marquis-Boire, Bill Marczak, Claudio Guarnieri & John Scott-Railton, For Their Eyes Only: The Commercialization of Digital Spying, Citizen Lab and Canada Centre for Global Security Studies, Munk School of Global Affairs, University of Toronto, 01 May 2013, http://bit.ly/ZVVnrb

[50]. Elonnai Hickok, “Draft International Principles on Communications Surveillance and Human Rights”, The Centre for Internet and Society, 16 January 2013, http://bit.ly/XCsk9b

For more details visit https://cis-india.org/internet-governance/blog/fin-fisher-in-india-and-myth-of-harmless-metadata

Chinese hackers baiting Indian govt, corporate employees: report

praskrishna — 2013-09-05T10:31:53Z

Hackers using fake subject headings to get users to open virus-laden email attachments.

This article by Moulishree Srivastava and Anirban Sen was published in Livemint on August 9, 2013. Sunil Abraham is quoted.

Using faked subject headings as diverse as Gujarat chief minister Narendra Modi and the Jallianwala Bagh Massacre, Chinese hackers have been baiting Indian government officials and corporate employees to open virus-laden emailed attachments and expose themselves to the risk of cyber attacks, a new report says.

The report on “advanced persistent cyber attacks” is based on an investigation conducted by security research firm Research Bundle in collaboration with CERT-ISAC. ISAC is a certification body for information technology (IT) security professionals that handles India’s National Security Database (NSD). CERT (Computer Emergency Response Team)-ISAC deals with mobile and electronic security.

“Some time back, there were a couple of high-profile cyber attacks that came to our notice when we were approached by corporates as well as government entities to look into them,” said Rajshekhar Murthy, director at CERT-ISAC, NSD, at the report’s release on Friday.

“First we thought it might be just these few incidents, but as we went deeper into it, it came to light that these threats were far more (widely) spread than we had initially perceived. During the course of our research, we got proof that the threats originated from China,” he said.

NSD, managed by ISAC and the government, is a programme that provides certification to IT professionals who have capability to protect critical infrastructure and the economy.

“Chinese hackers have been persistent in their attacks. According to our analysis, they have also made a separate wing for these operations,” Murthy said.

The report says, “It’s also a known fact the Indian government and other important sectors from India were heavily targeted during this campaign...focused on stealing confidential documents and sensitive information.”

The threat came in the form of emails with attached documents targeting government and corporate entities. “These documents exploited previously known vulnerabilities to drop ‘Travnet’ malware on to the systems,” said the report, prepared by 20 Internet security professionals over a period of six months.

“These emails showed that China has been gathering information about India and keeping up with current issues, and using those to entice people to open the attachments,” Murthy said.

Some of the attachments had names such as Army Cyber Security Policy 2013.doc, Jallianwala bagh massacre - a deeply shameful act.doc, Report - Asia Defense Spending Boom.doc, His Holiness the Dalai Lama’s visit to Switzerland day 3.doc, and BJP won’t dump Modi for Nitish NDA headed for split.doc.

The malware Travnet was specifically designed to search for “doc, docx, xls, xlsx, txt, rtf and pdf” files on the hacked computer.

“This provides enough hints that this malware was designed to steal confidential information, unlike the usual botnet variants that focus primarily on providing remote access to the system,” the report said. “The malware initially collects system information, a list of files on the victim machine among others, then sends this data to the remote Command & Control server...”

According to industry estimates, losses due to cyber theft from reported attacks alone amount to $8-10 billion (Rs.48,800-61,000 crore). But experts say the figure could be much higher as many threats go unreported.

Worryingly, the security infrastructure of Indian government websites has reportedly failed to keep pace with cyber attackers, who are becoming more focused on stealing information.

“Many of the servers that host ‘gov.in’ sites are running outdated software versions, with poorly managed Web servers that do not follow even the most basic Web application security guidelines,” said the report. “Even important government sites, access to which can lead to much deeper intrusion, seem to be managed with little care. While defacements are usually carried out by hackers just for fun or fame, serious hackers can cause much more damage and remain unnoticed for a very long time...”

“Slowly but steadily, serious APT (advanced, persistent attacks) campaigns are on the rise,” the report added. “It’s very important for the nation to start upgrading its IT infrastructure to keep up with the latest security guidelines and practices.”

“Cyber security has become one of the crucial areas for us and we are focusing on putting capacity and capability in place to strengthen the cyber security infrastructure,” said Alok Vijayant, director of the National Technical Research Organisation. “We want to bring IT security professionals under one entity to enhance our existing capability instead of just focusing on putting in additional security infrastructure.”

“India has one of the largest talent pools of IT professionals, but our biggest concern remains the young talent in IT, as most professionals prefer to go abroad to work,” he added.

Additionally, the use of proprietary rather than open-source software increases the vulnerability of Indian entities, according to Sunil Abraham, executive director of Bangalore-based research organization Centre for Internet and Society. “There’s a lack of use of Linux and other kinds of free software at both the desktop level and also the front end... They’re using Microsoft both at the server end and on the client end. Most of these attacks take advantage of that operating system dependency. If one were to look at it at a macro level, we’re vulnerable across the board—vulnerable to the US, we’re vulnerable to attackers from Europe, Pakistan, etc.,” Abraham said.

For more details visit https://cis-india.org/news/livemint-august-9-2013-moulishree-srivastava-anirban-sen-chinese-hackers-baiting-indian-govt-corporate-employees

Facebook: Limiting access to social media can restrict freedom of speech

praskrishna — 2013-08-08T04:07:38Z

In its counter-affidavit to the PIL in the Delhi high court, Facebook has argued that limiting access to social media can limit an individual's freedom of speech and expression.

Kim Arora's article was published in the Times of India on August 1, 2013. Sunil Abraham is quoted.

The PIL, among other things, deals with the issue of minors accessing Facebook services, arguing that under the Indian Contract Act 1872, minors can't enter into a contract. The PIL will be heard next on Friday.

Last year, the UN Human Rights Council had passed a resolution declaring access to Internet as a human right. Facebook has argued making a similar point for access to social media. "The Internet is increasingly becoming a platform for citizens including minors to interact and voice their opinions and, therefore, a meaningful interpretation of the right to freedom of speech and expression would include the freedom to access social media," the counter-affidavit says.

"It can be argued that in a technologically mediated society, social media and communication infrastructure is essential to exercise freedom of expression," says Sunil Abraham, director, Bangalore-based Center for Internet and Society.

Cyber lawyer Pavan Duggal sees it as "hyperbole". "The issue still remains that a minor doesn't have the capacity to act under the Contract Act," he says. Lawyers say that if a contract is entered into for free service in exchange of personal information, it is a "consideration" (like cash or kind) under the Indian Contract Act 1872. The Act says, "All agreements are contracts if they are made by the free consent of parties competent to contract, for a lawful consideration and with a lawful object, and are not hereby expressly declared to be void." It then lists minors as incompetent to contract, and says, "The agreement, if any party is minor, is void ab initio." However, Abraham points out that "It is not an offence to enter a void contract."

To weed out fake profiles and children's profiles, the PIL, filed by former RSS ideologue K N Govindacharya, argues that "obligation is cast upon Facebook and other social networking sites to verify the authenticity of each and every subscribers (sic) which is mandatory for Mobile companies in telecommunication sector.

Mumbai-based professor of law Saurav Datta feels this sort of authentication could have serious privacy implications. "There is no way they can verify users without impinging on their privacy. The goal of the PIL is wrong. We need to protect children, not keep people out," says Datta.

Abraham says that a possible way to deal with this can be on the lines of Canadian privacy law where a privacy commissioner can raise such concerns with the service provider directly.

For more details visit https://cis-india.org/news/the-times-of-india-aug-1-2013-kim-arora-facebook-limiting-access-to-social-media-can-restrict-freedom-of-speech

Token disclosures?

praskrishna — 2013-08-07T09:30:39Z

Snowden’s Xkeyscore expose makes a mockery of Twitter’s transparency revelations.

The article by Deepa Kurup was published in the Hindu on August 4, 2013. Sunil Abraham is quoted.

This week, roughly around the same time, two ‘revelations’ made headlines in the world of technology. The first, the U.S. National Security Agency’s top secret web surveillance programme, codenamed Xkeyscore, another expose from the house of Edward Snowden & Co.; and second, microblogging site Twitter’s third biannual Transparency Report for the first half of 2013.

The former exposed a global surveillance net, cast far and wide to freely (no formal authorisation required) access and mine emails, chats and browsing histories of millions. The content of the latter report not only pales in comparison but also raises fundamental questions on just how much goes on beyond the arguably modest claims made on Twitter’s transparency charts.

Documents published by The Guardian have the NSA claiming that the “widest-reaching” system mining intelligence from the web had, over a month in 2012, retrieved and stored no less than 41 billion records on its Xkeyscore servers. These mind-boggling numbers make a mockery of Twitter’s few hundred access request disclosures, advocates of online privacy and freedom point out. Then, it is hardly surprising that a large chunk of global requests came from the U.S. government: no less than 902 of the total 1,157 requests, accounting for 78 per cent. A far second is Japan at 8 per cent followed by the U.K.

India References

Interestingly, both Twitter’s report and the NSA’s Xkeyscore document have India references. While a map titled 'Where is Xkeyscore' in the training manual released showing India as one of 150 sites (hosting a total of 700 servers) indicates that India's very much on the global surveillance radar of the United States government; the fact that the India is a new entrant on Twitter's ‘Country Withheld Content Tool’ means that the government here is also making active interventions in microblogging content. This is very much in line with stances the Indian government has taken over the last year, swinging indecisively between asking internet firms to pre-screen content and asking service providers to take down what it finds offensive.

India, A Bit-Player

The Twitter report states that over the last six months it has seen an increase in the number of requests received (and eventual withholding of content) in five new countries: India, Brazil, Japan, Netherlands and Russia. In terms of numbers, India is still very much a bit player in the game given it falls under the ‘less than 10 category, a list where the number of requests for user information made by the government during this period is fewer than 10. It appears from the report that Twitter did not honour any of these requests, indicating that either the requests were too broad or failed to identify individual accounts.

In the same period, Twitter received two requests from India to remove content, one from the “government/law enforcement agency” and the other through a court order. In all, three tweets were removed by Twitter. No details on the nature of content removed were available.

Transparency Trends

A late entrant to transparency initiatives, Twitter's bi-annual reports have been applauded by privacy activists as an initiative that at least attempted to offer a glimpse into the otherwise opaque medium/industry. According to 'Who Has Your Back' an initiative by the Electronic Frontier Foundation, which tracks which corporate helps protect your data from the government, only a third of the 18 internet majors publish Transparency Reports – in fact, Facebook, WordPress and Tumblr all don't publish.

This article by Deepa Kurup was published in the Hindu on August 4, 2013. Sunil Abraham is quoted.

While it's definitely good that Twitter's providing data for India, post-Edward Snowden and his revealing PRISM leaks, netizens would question to what extent this data is representative of the magnitude or extent of user data tracking. Do governments like the U.S. need to approach Twitter (or other internet service providers) at all to access detailed user activity logs, content and metadata?

Secret Orders Excluded

Twitter makes it clear that its current report does not include "secret orders" or FISA disclosures. In another blog related to the Transparency Report, Jeremy Kessel, Manager, Legal Policy at Twitter Inc, writes that since 2012, Twitter's seen an uptick in requests to withhold content from two to seven countries. He writes that while Twitter wants to publish “numbers of national security requests – including FISA (Foreign Intelligence Surveillance Act) disclosures – separately from non-secret requests.” It claims it has “insisted” that the United States government allow for increased transparency into “secret orders”. “We believe it’s important to be able to publish numbers of national security requests – including FISA disclosures – separately from non-secret requests." Unfortunately, we are still not able to include such metrics, Twitter states.

'Not the Whole Truth'

In the absence of these metrics, Sunil Abraham, director of Centre for Internet and Society, feels transparency reports “may not tell us the whole truth”. The Xkeyscore revelations then may explain why the U.S. government has made only 902 information requests. “A rogramme like XKeyScore potentially allows them to capture the very same data without having to approach Twitter. This is the very same imperative behind the CMS project in India. Governments across the world want to automate private sector involvement in blanket surveillance measures so that it wont serve as a check on their unbridled appetite for data”

He warns that there's a likely “race to the bottom”, given that an unintended consequence of transparency may be that governments, rather than being shamed into respect for free speech and privacy, would be emboldened by the scale of surveillance and censorship in the so-called democracies such as the US and EU members that are on top of the global blanket surveillance game.

For more details visit https://cis-india.org/news/the-hindu-august-4-2013-deepa-kurup-token-disclosures

Ethical Issues in Open Data

kovey — 2013-08-07T09:19:54Z

On August 1, 2013, I took part in a web meeting, organized and hosted by Tim Davies of the World Wide Web foundation. The meeting, titled “Ethical issues in Open Data,” had an agenda focused around privacy considerations in the context of the open data movement.

The main panelists, Carly Nyst and Sam Smith from Privacy International, as well as Steve Song from the International Development Research Centre, were joined by roughly a dozen other privacy and development researchers from around the globe in the hour long session.

The primary issue of the meeting was the concern over modern capabilities of cross-analytics for de-anonymizing data sets and revealing personally identifiable information (PII) in open data. Open data can constitute publicly available information such as budgets, infrastructures, and population statistics, as long as the data meets the three open data characteristics: accessibility, machine readability, and availability for re-use. “Historically,” said Tim Davies, “public registers have been protected through obscurity.” However, both the capabilities of data analysts and the definition of personal data have continued to expand in recent years. This concern thus presents a conflict between researchers who advocate governments releasing open data reports, and researchers who emphasize privacy in the developing world.

Steve Song, advisor to IDRC Information & Networks program, spoke of the potential collateral damage that comes with publishing more and more types of information. Song addressed the imperative of the meeting in saying, “privacy needs to be a core part of open data conversation.” In his presentation, he gave a particularly interesting example of the tensions between public and private information implications. Following the infamous 2012 school shooting in Newtown, Connecticut, the information on Newtown’s gun permit owning citizens (made publicly available through America’s Freedom of Information Act) was aggregated into an interactive map which revealed the citizens’ addresses. This obviously became problematic for the Newtown community, as the map not only singled out homes which exercised their right to bear arms but also indirectly revealed which homes were without firearm protection and thereby more vulnerable to theft and crime. The Newtown example clearly demonstrates the relationship (and conflict) between open data and privacy; it resolves to the conflict between the right to information and the right to privacy.

An apparent issue surrounding open data is its perceived binary nature. Many advocates either view data as being open, or not; any intermediary boundaries are only forms of governments limiting data accessibility. Therefore, a point raised by meeting attendee Raed Sharif aptly presented an open data counter-argument. Sarif noted how, inversely, privacy conceptions may form a threat to open data. He mentioned how governments could take advantage of privacy arguments to justify their refusal to publish open reports.

However, Carly Nyst summarized the privacy concern and argument in her remarks near the end of the meeting. Namely, she reasoned that the open data mission is viable, if only limited to generic data, i.e., data about infrastructure, or other information that is in no way personal. Doing so will avoid obstructions of individual privacy. Until more advanced anonymization techniques can be achieved, which can overcome modern re-identification methods, publicly publishing PII may prove too risky. It was generally agreed upon during the meeting that open data is not inherently bad, and in fact its analysis and availability can be beneficial, but the threat of its misuse makes it dangerous. For the future of open data, researchers and advocates should perhaps consider more nuanced approaches to the concept in order to respect considerations for other ethical issues, such as privacy.

For more details visit https://cis-india.org/internet-governance/blog/ethical-issues-in-open-data

Crypto Night

praskrishna — 2013-08-06T06:04:05Z

Challenging government snooping at an all-night cryptography party.

This article by Rahul M was published in the Caravan on August 1, 2013. Pranesh Prakash and Bernadette Langle are quoted.

Satyakam Goswami sat in a conference hall in the Institute of Informatics & Communication in Delhi University's South Campus, furiously typing code into his laptop. He typed the string “/var/log/tor#”, into a Linux terminal, then turned to me and said, “I am one step away, man.” It was around midnight on a muggy July Saturday, and Goswami had been here for six hours. He resumed typing—and cursing under his breath in Telugu as he realised that the online instructions he was following weren’t helping.

Around him, the room bustled with the activity of around 25 other people, all participants at a Cryptoparty, a cryptography event at which programmers and non-programmers meet to share information and expertise on tools that can help thwart government spying.

Goswami was one of the organisers of the event, which was led by Bernadette Längle, a German ‘hacktivist’ who is a member of the Chaos Computer Club (CCC), Europe’s largest association of hackers. Längle was one of the organisers of the CCC’s Chaos Communication Congress in 2012, an international hackers’ meet held in Hamburg that year. While processing participant applications for the Congress, she came across a group that wanted to organise what they called a “Cryptoparty” at the meet. “I thought Cryptoparty would be a bunch of guys coming together, learning crypto and having a party,” she told me. Only at the event did she realise that Cryptoparties are rather more political affairs, at which participants experiment with ways of combating governmental intrusions into privacy and freedom.

After she graduated, Längle decided she wanted to travel. “I hadn’t been to America or Asia, and I don’t think I want to enter America,” she said. “I thought India might be a good point to start.” While she was exploring her options, she met Goswami online. “I first met Bernadette on an IRC channel, ‘hasgeek’, where she expressed her interest to come to India,” Goswami said. “I suggested that she write a proposal to CIS [the Centre for Internet and Society, in Bangalore].” Längle applied, and was accepted to work with the organisation for six months.

When Längle was teaching a one-week course on email cryptography at a CIS event, a participant suggested to her that she organise a Cryptoparty in the city. “I thought I was travelling anyway, and I can make a Cryptoparty everywhere I go,” Längle said. This led to the Bangalore Cryptoparty on 30 June, followed by the Delhi edition on 6 July. Längle then held a Cryptoparty in Dharamsala in the second week of July, and plans to hold another in Mumbai in October. At each of these, she gave tutorials on specific aspects of cryptography, such as the Pretty Good Privacy (PGP) encryption and decryption program, which Edward Snowden used to communicate with The Guardian’s Glenn Greenwald during their now-famous collaboration. Participants would then experiment with these tools, sending emails and messages to each other using secure channels. The Delhi edition, which saw around 70 participants, continued late into the night, with the last exhausted stragglers shutting off their gadgets and heading home at 4 am.

I met Längle again the day after the Delhi event; with her was Pranesh Prakash, policy director at CIS, who is a commentator on issues related to surveillance and privacy. Both agreed that the Indian government’s Central Monitoring System programme, as well as Edward Snowden’s recent leaks, had resulted in a greater interest in cryptography in the country in recent months. “Without the PRISM stuff, there wouldn’t have been so many people attending,” Längle said. “People are concerned about that.” Prakash believes that the NSA leaks have served as a loud wake-up call about a longstanding state of affairs. “It’s this I-told-you-so moment for lots of people right now,” he said. “This isn’t the first time there have been revelations about the NSA spying beyond their authority. These revelations have been happening at least since 2006.”

For more details visit https://cis-india.org/news/caravan-magazine-august-1-2013-rahul-m-crypto-night

'Ethical Hacker' Saket Modi Calls for Stronger Cyber Security Discussions

kovey — 2013-08-05T13:11:08Z

Twenty-two year old Saket Modi is the CEO and co-founder of Lucideus, a leading cyber security company in India which claims to have worked with 4 out of 5 top global e-commerce companies, 4 out of 10 top IT companies in the world, and 3 out of 5 top banks of the Asia Pacific.

This research was undertaken as part of the 'SAFEGUARDS' project that CIS is undertaking with Privacy International and IDRC

At the Confederation of Indian Industry (CII) conference on July 13, titled “ACT – Achieving Cyber-Security Together,” Modi as the youngest speaker on the agenda delivered an impromptu talk which lambasted the weaknesses of modern cyber security discussions, enlightened the audience on modern capabilities and challenges of leading cyber security groups, and ultimately received a standing ovation from the crowd. As a later speaker commented, Modi’s controversial opinions and practitioner insight had "set the auditorium ablaze for the remainder of the evening". Since then the Centre for Internet and Society (CIS) has had the pleasure of interviewing Saket Modi over Skype.

It is quite easy to find accounts of Saket Modi's introduction into hacking just by typing his name in the search engine. Faced with the pressure of failing, a teenage Saket discovered how to hack into his high school Chemistry teacher’s test and answer database. After successfully obtaining the answers, and revealing his wrong doings to his teacher, the young man grew intrigued by the possibilities of hacking. "I thought, if I could do this in a couple hours, four hours, then what might I be able to do in four days, four weeks, four months?"

Nowadays, Modi describes himself and his Lucideus team as "ethical hackers", a term recently espoused by hacker groups in the public eye. As opposed to "hacktivists", who utilize hacking methods (including attacks) to achieve or bring awareness to political issues, ethical hackers claim to exclusively use their computer skills to support defenses. At first, incorporation of ethics into a for-profit organization’s game plan may seem confusing, as it leaves room for key questions, like how does one determine which clients constitute ethical business? When asked, however, Modi clarifies by explaining how the ethics are not manifest in the entities Lucideus supports, but instead inherent in the choice of building defensive networks as opposed to using their skills for attack or debilitation. Nevertheless, considerations remain as to whether supporting the cyber security of some entities can lead to the insecurity of others, for example, strengthening the agencies which work in covert cyber espionage. On this point, Modi seems more ambivalent, saying "it depends on a case by case basis". But he still believes cyber security is a right that should be enjoyed by all, "entitled to [you] the moment you set foot on the internet".

As an experienced professional in the field who often gives input on major cyber policy decisions, Modi emphasizes the necessity of youth engagement in cyber security practice and policy. He calls his age bracket the “web generation,” those who have “grown with technology.” According to Modi, no one over 50 or 60 years of age can properly meet the current challenges of the cyber security realm. It is "a sad thing" that those older leaders carry the most power in policy making, and that they often have problems with both understanding and acceptability of modern technological capabilities. For the public, businesses, and also government, there are misconceptions about the importance of cyber security and the extent of modern cyber threats, threats which Modi and his company claim to combat regularly. "About 90 per cent of the crimes that take place in cyber space are because of lack of knowledge, rather than the expertise of the hacker,” he explains. Modi mentions a few basic misconceptions, as simple as, "if I have an anti-virus, my system is secured" or "if you have HTTPS certificate and SSL connection, your system is secured". “These are like wearing an elbow guard while playing cricket,” Modi tells. “If the ball comes at the elbow then you are protected, but what about the rest of the body?”

This highlights another problem evident in India’s current cyber security scene, the problem of lacking “quality institutes to produce good cyber security experts.” For example, Modi takes offence at there not being “a single institute which is providing cyber security at the undergraduate level [in India].” He alludes to the recently unveiled National Cyber Security Policy, specifically the call for five lakh cyber security experts in upcoming years. He calls this “a big figure,” but agrees that there needs to be a lot more awareness throughout the nation. “You really have to change a lot of things,” he says, “in order to get the right things in the right place here in India.”

When considering citizen privacy in relation to cyber security, and the relationship between the two (be it direct or inverse), Saket Modi says the important factor is the governing body, because the issue ultimately resolves to trust. Citizens must trust the “right people with the right qualifications” to store and protect their sensitive data, and to respect privacy. Modi is no novice to the importance of personal data protection, and his company works with a plethora of extremely sensitive information relating to both their clients and their clients’ clients data, so it operates with due care lest it create a “wikileaks part two.”

On internationalization and cyber security, he views the connection between the two as natural, intrinsic. “Cyberspace has added a new dimension to humanity,” says Modi, and tells how former constructs of physical constraints and linear bounds no longer apply. International cooperation is especially pertinent, according to Modi, because the greatest challenge for catching today’s criminal hackers is their international anonymity, “the ability to jump from one country to the other in a matter of milliseconds.”

With the extent of the challenges facing cyber defense specialists, and with the somewhat disorderly current state of Indian cyber security, it is curious to see that Saket Modi has devoted himself to the "ethical" side of hacking. Why hasn’t he or the rest of the Lucideus team resorted to offensive hacking, since Modi claims the majority of cyber attacks of the world who are committed by people also fall between the ages of 15 and 24? Apparently, the answer is simple. “We believe in the need for ethical hacking,” he defends. “We believe in the purpose of making the internet safer.”

For more details visit https://cis-india.org/internet-governance/blog/saket-modi-calls-for-stronger-cyber-security-discussions

The Phishing Society: Why 'Facebook' is more Dangerous than the Government Spying on You - A Talk by Maria Xynou

maria — 2013-09-27T09:16:19Z

Next Wednesday, you are all invited to listen to Maria Xynou's crazy - or not-so-crazy theory of the "Phishing Society", in which surveillance, control and oppression is not imposed in a traditional top-down manner, but rather a personal and collective "choice"...come and engage in a heated debate!

We have read and heard a lot of theories on the contemporary "Surveillance Society"...but how much of that is about surveillance per se? Are we being spied on a top-down manner...or are we enabling our own surveillance? Have the masses ever directly or indirectly "pursued" their own surveillance in the past...or are we witnessing a new phenomenon in history?

Most geeks would probably agree that the term "phishing" is used to describe the act of attempting to acquire sensitive information, such as usernames, passwords, private encryption keys and credit card details, by masquerading as a trustworthy entity. In other words, "phishing" is commonly used to describe the acquisition of sensitive, personal data through the use of bait.

The aim of the talk on Wednesday is to discuss the possible existence of a "Phishing Society", through which the act of providing bait — whether it being security, commodities, services or relationships — is a common, contemporary practice on a social, political and economic level in the pursuit of the "Gold of the Digital Age": personal data. Through this discussion, the "Government spying vs. Corporate spying" debate will be looked at, in an attempt to understand why the dynamics of surveillance have changed over the last year.

Everyone with an open mind is welcome to attend this talk and to share all opinions, ideas and concerns!

Video

For more details visit https://cis-india.org/internet-governance/events/the-phishing-society-a-talk-by-maria-xynou

Guidelines for the Protection of National Critical Information Infrastructure: How Much Regulation?

jon — 2013-08-01T04:48:01Z

July has been a busy month for cyber security in India. Beginning with the release of the country’s first National Cyber Security Policy on July 2 and followed just this past week by a set of guidelines for the protection of national critical information infrastructure (CII) developed under the direction of the National Technical Research Organization (NTRO), India has made respectable progress in its thinking on national cyber security.

Yet the National Cyber Security Policy, taken together with what little is known of the as-yet restricted guidelines for CII protection, raises troubling questions, particularly regarding the regulation of cyber security practices in the private sector. Whereas the current Policy suggests the imposition of certain preferential acquisition policies, India would be best advised to maintain technology neutrality to ensure maximum security.

According to Section 70(1) of the Information Technology Act, Critical Information Infrastructure (CII) is defined as a “computer resource, the incapacitation or destruction of which, shall have debilitating impact on national security, economy, public health or safety.” In one of the 2008 amendments to the IT Act, the Central Government granted itself the authority to “prescribe the information security practices and procedures for such protected system[s].” These two paragraphs form the legal basis for the regulation of cyber security within the private sector.

Such basis notwithstanding, private cyber security remains almost completely unregulated. According to the Intermediary Guidelines [pdf], intermediaries are required to report cyber security incidents to India’s national-level computer emergency response team (CERT-In). Other than this relatively small stipulation, the only regulation in place for CII exists at the sector level. Last year the Reserve Bank of India mandated that each bank in India appoint a chief information officer (CIO) and a steering committee on information security. The finance sector is also the only sector of the four designated “critical” by the Department of Electronics and Information Technology (DEIT) Cyber Security Strategy to have established a sector-level CERT, which released a set of non-compulsory guidelines [pdf] for information security governance in late 201

The new guidelines for CII protection seek to reorganize the government’s approach to CII. According to a Times of India article on the new guidelines, the NTRO will outline a total of eight sectors (including energy, aviation, telecom and National Stock Exchange) of CII and then “monitor if they are following the guidelines.” Such language, though vague and certainly unsubstantiated, suggests the NTRO may ultimately be responsible for enforcing the “[mandated] security practices related to the design, acquisition, development, use and operation of information resources” described in the Cyber Security Policy. If so, operators of systems deemed critical by the NTRO or by other authorized government agencies may soon be subject to cyber security regulation—with teeth.

To be sure, some degree of cyber security regulation is necessary. After all, large swaths of the country’s CII are operated by private industry, and poor security practices on the part of one operator can easily undermine the security of the rest. To quote security expert Bruce Schneier, “the externalities in cybersecurity are so great that even the freest free market would fail.” In less academic terms, networks are only as secure as their weakest links. While it is true that many larger enterprises take cyber security quite seriously, small and medium-sized businesses either lack immediate incentives to invest in security (e.g. no shareholders to answer to) or more often lack the basic resources to do so. Some form of government transfer for cyber security related investments could thus go a long way toward shoring up the country’s overall security.

Yet regulation may well extend beyond the simple “fiscal schemes and incentives” outlined in section IV of the Policy and “provide for procurement of indigenously manufactured ICT products that have security implications.” Such, at least, was the aim of the Preferential Market Access (PMA) Policy recently put on hold by the Prime Minister’s Office (PMO). Under pressure from international industry groups, the government has promised to review the PMA Policy, with the PMO indicating it may strike out clauses “regarding preference to domestic manufacturer[s] on security related products that are to be used by private sector.” If the government’s aim is indeed to ensure maximum security (rather than to grow an infant industry), it would be well advised to extend this approach to the Cyber Security Policy and the new guidelines for CII protection.

Although there is a national security argument to be made in favor of such policies—namely that imported ICT products may contain “backdoors” or other nefarious flaws—there are equally valid arguments to be made against preferential acquisition policies, at least for the private sector. First and foremost, it is unlikely that India’s nascent cyber security institutions will be able to regulate procurement in such a rapidly evolving market. Indeed, U.S. authorities have been at pains to set cyber security standards, especially in the past several years. Secondly, by mandating the procurement of indigenously manufactured products, the government may force private industry to forgo higher quality products. Absent access to source code or the ability to effectively reverse engineer imported products, buyers should make decisions based on the products’ performance records, not geo-economic considerations like country of origin. Finally, limiting procurement to a specific subset of ICT products likewise restricts the set of security vulnerabilities available to hackers. Rather than improve security, however, a smaller, more distinct set of vulnerabilities may simply make networks easier targets for the sorts of “debilitating” attacks the Policy aims to avert.

As India broaches the difficult task of regulating cyber security in the private sector, it must emphasize flexibility above all. On one hand, the government should avoid preferential acquisition policies which risk a) overwhelming limited regulatory resources, b) saddling CII operators with subpar products, and/or c) differentiating the country’s attack surface. On the other hand, the government should encourage certain performance standards through precisely the sort of “fiscal schemes and incentives” alluded to in the Cyber Security Policy. Regulation should focus on what technology does and does not do, not who made it or what rival government might have had their hands in its design. Ultimately, India should adopt a policy of technology neutrality, backed by the simple principle of trust but verify. Only then can it be truly secure.

For more details visit https://cis-india.org/internet-governance/blog/guidelines-for-protection-of-national-critical-information-infrastructure

More than a Hundred Global Groups Make a Principled Stand against Surveillance

elonnai — 2013-07-31T14:26:38Z

For some time now there has been a need to update understandings of existing human rights law to reflect modern surveillance technologies and techniques.

Nothing could demonstrate the urgency of this situation more than the recent revelations confirming the mass surveillance of innocent individuals around the world.

To move toward that goal, today we’re pleased to announce the formal launch of the International Principles on the Application of Human Rights to Communications Surveillance. The principles articulate what international human rights law – which binds every country across the globe – require of governments in the digital age. They speak to a growing global consensus that modern surveillance has gone too far and needs to be restrained. They also give benchmarks that people around the world can use to evaluate and push for changes in their own legal systems.

The product of over a year of consultation among civil society, privacy and technology experts, including the Centre for Internet and Society (read here, here, here and here), the principles have already been co-signed by over hundred organisations from around the world. The process was led by Privacy International, Access, and the Electronic Frontier Foundation. The process was led by Privacy International, Access, and the Electronic Frontier Foundation.

The release of the principles comes on the heels of a landmark report from the United Nations Special Rapporteur on the right to Freedom of Opinion and Expression, which details the widespread use of state surveillance of communications, stating that such surveillance severely undermines citizens’ ability to enjoy a private life, freely express themselves and enjoy their other fundamental human rights. And recently, the UN High Commissioner for Human Rights, Nivay Pillay, emphasised the importance of applying human right standards and democratic safeguards to surveillance and law enforcement activities.

"While concerns about national security and criminal activity may justify the exceptional and narrowly-tailored use of surveillance programmes, surveillance without adequate safeguards to protect the right to privacy actually risk impacting negatively on the enjoyment of human rights and fundamental freedoms," Pillay said.

The principles, summarised below, can be found in full at necessaryandproportionate.org. Over the next year and beyond, groups around the world will be using them to advocate for changes in how present laws are interpreted and how new laws are crafted.

We encourage privacy advocates, rights organisations, scholars from legal and academic communities, and other members of civil society to support the principles by adding their signature.

To sign, please send an email to rights@eff.org, or visit https://www.necessaryandproportionate.org/about

Summary of the 13 principles

Legality: Any limitation on the right to privacy must be prescribed by law.
Legitimate Aim: Laws should only permit communications surveillance by specified State authorities to achieve a legitimate aim that corresponds to a predominantly important legal interest that is necessary in a democratic society.
Necessity: Laws permitting communications surveillance by the State must limit surveillance to that which is strictly and demonstrably necessary to achieve a legitimate aim.
Adequacy: Any instance of communications surveillance authorised by law must be appropriate to fulfill the specific legitimate aim identified.
Proportionality: Decisions about communications surveillance must be made by weighing the benefit sought to be achieved against the harm that would be caused to users’ rights and to other competing interests.
Competent judicial authority: Determinations related to communications surveillance must be made by a competent judicial authority that is impartial and independent.
Due process: States must respect and guarantee individuals' human rights by ensuring that lawful procedures that govern any interference with human rights are properly enumerated in law, consistently practiced, and available to the general public.
User notification: Individuals should be notified of a decision authorising communications surveillance with enough time and information to enable them to appeal the decision, and should have access to the materials presented in support of the application for authorisation.
Transparency: States should be transparent about the use and scope of communications surveillance techniques and powers.
Public oversight: States should establish independent oversight mechanisms to ensure transparency and accountability of communications surveillance.
Integrity of communications and systems: States should not compel service providers, or hardware or software vendors to build surveillance or monitoring capabilities into their systems, or to collect or retain information.
Safeguards for international cooperation: Mutual Legal Assistance Treaties (MLATs) entered into by States should ensure that, where the laws of more than one State could apply to communications surveillance, the available standard with the higher level of protection for users should apply.
Safeguards against illegitimate access: States should enact legislation criminalising illegal communications surveillance by public and private actors.

For more details visit https://cis-india.org/internet-governance/blog/more-than-hundred-global-groups-make-principled-stand-against-surveillance

India's National Cyber Security Policy in Review

jon — 2013-07-31T10:40:22Z

Earlier this month, the Department of Electronics and Information Technology released India’s first National Cyber Security Policy. Years in the making, the Policy sets high goals for cyber security in India and covers a wide range of topics, from institutional frameworks for emergency response to indigenous capacity building.

What the Policy achieves in breadth, however, it often lacks in depth. Vague, cursory language ultimately prevents the Policy from being anything more than an aspirational document. In order to translate the Policy’s goals into an effective strategy, a great deal more specificity and precision will be required.

The Scope of National Cyber Security

Where such precision is most required is in definitions. Having no legal force itself, the Policy arguably does not require the sort of legal precision one would expect of an act of Parliament, for example. Yet the Policy deals in terms plagued with ambiguity, cyber security not the least among them. In forgoing basic definitions, the Policy fails to define its own scope, and as a result it proves remarkably broad and arguably unfocused.

The Policy’s preamble comes close to defining cyber security in paragraph 5 when it refers to "cyber related incident[s] of national significance" involving "extensive damage to the information infrastructure or key assets…[threatening] lives, economy and national security." Here at least is a picture of cyber security on a national scale, a picture which would be quite familiar to Western policymakers: computer security practices "fundamental to both protecting government secrets and enabling national defence, in addition to protecting the critical infrastructures that permeate and drive the 21st century global economy."[*] The paragraph 5 definition of sorts becomes much broader, however, when individuals and businesses are introduced, and threats like identity theft are brought into the mix.

Here the Policy runs afoul of a common pitfall: conflating threats to the state or society writ large (e.g. cyber warfare, cyber espionage, cyber terrorism) with threats to businesses and individuals (e.g. fraud, identity theft). Although both sets of threats may be fairly described as cyber security threats, only the former is worthy of the term national cyber security. The latter would be better characterized as cyber crime. The distinction is an important one, lest cyber crime be “securitized,” or elevated to an issue of national security. National cyber security has already provided the justification for the much decried Central Monitoring System (CMS). Expanding the range of threats subsumed under this rubric may provide a pretext for further surveillance efforts on a national scale.

Apart from mission creep, this vague and overly broad conception of national cyber security risks overwhelming an as yet underdeveloped system with more responsibilities than it may be able to handle. Where cyber crime might be left up to the police, its inclusion alongside true national-level cyber security threats in the Policy suggests it may be handled by the new "nodal agency" mentioned in section IV. Thus clearer definitions would not only provide the Policy with a more focused scope, but they would also make for a more efficient distribution of already scarce resources.

What It Get Right

Definitions aside, the Policy actually gets a lot of things right — at least as an aspirational document. It certainly covers plenty of ground, mentioning everything from information sharing to procedures for risk assessment / risk management to supply chain security to capacity building. It is a sketch of what could be a very comprehensive national cyber security strategy, but without more specifics, it is unlikely to reach its full potential. Overall, the Policy is much of what one might expect from a first draft, but certain elements stand out as worthy of special consideration.

First and foremost, the Policy should be commended for its commitment to “[safeguarding] privacy of citizen’s data” (sic). Privacy is an integral component of cyber security, and in fact other states’ cyber security strategies have entire segments devoted specifically to privacy. India’s Policy stands to be more specific as to the scope of these safeguards, however. Does the Policy aim primarily to safeguard data from criminals? Foreign agents? Could it go so far as to protect user data even from its own agents? Indeed this commitment to privacy would appear at odds with the recently unveiled CMS. Rather than merely paying lip service to the concept of online privacy, the government would be well advised to pass legislation protecting citizens’ privacy and to use such legislation as the foundation for a more robust cyber security strategy.

The Policy also does well to advocate “fiscal schemes and incentives to encourage entities to install, strengthen and upgrade information infrastructure with respect to cyber security.” Though some have argued that such regulation would impose inordinate costs on private businesses, anyone with a cursory understanding of computer networks and microeconomics could tell you that “externalities in cybersecurity are so great that even the freest free market would fail”—to quote expert Bruce Schneier. In less academic terms, a network is only as strong as its weakest link. While it is true that many larger enterprises take cyber security quite seriously, small and medium-sized businesses either lack immediate incentives to invest in security (e.g. no shareholders to answer to) or more often lack the basic resources to do so. Some form of government transfer for cyber security related investments could thus go a long way toward shoring up the country’s overall security.

The Policy also “[encourages] wider usage of Public Key Infrastructure (PKI) within Government for trusted communication and transactions.” It is surprising, however, that the Policy does not mandate the usage of PKI. In general, the document provides relatively few details on what specific security practices operators of Critical Information Infrastructure (CII) can or should implement.

Where It Goes Wrong

One troubling aspect of the Policy is its ambiguous language with respect to acquisition policies and supply chain security in general. The Policy, for example, aims to “[mandate] security practices related to the design, acquisition, development, use and operation of information resources” (emphasis added). Indeed, section VI, subsection A, paragraph 8 makes reference to the “procurement of indigenously manufactured ICT products,” presumably to the exclusion of imported goods. Although supply chain security must inevitably factor into overall cyber security concerns, such restrictive acquisition policies could not only deprive critical systems of potentially higher-quality alternatives but—depending on the implementation of these policies—could also sharpen the vulnerabilities of these systems.

Not only do these preferential acquisition policies risk mandating lower quality products, but it is unlikely they will be able to keep pace with the rapid pace of innovation in information technology. The United States provides a cautionary tale. The U.S. National Institute of Standards and Technology (NIST), tasked with producing cyber security standards for operators of critical infrastructure, made its first update to a 2005 set of standards earlier this year. Other regulatory agencies, such as the Federal Energy Regulatory Commission (FERC) move at a marginally faster pace yet nevertheless are delayed by bureaucratic processes. FERC has already moved to implement Version 5 of its Critical Infrastructure Protection (CIP) standards, nearly a year before the deadline for Version 4 compliance. The need for new standards thus outpaces the ability of industry to effectively implement them.

Fortunately, U.S. cyber security regulation has so-far been technology-neutral. Operators of Critical Information Infrastructure are required only to ensure certain functionalities and not to procure their hardware and software from any particular supplier. This principle ensures competition and thus security, allowing CII operators to take advantage of the most cutting-edge technologies regardless of name, model, etc. Technology neutrality does of course raise risks, such as those emphasized by the Government of India regarding Huawei and ZTE in 2010. Risk assessment must, however, remain focused on the technology in question and avoid politicization. India’s cyber security policy can be technology neutral as long as it follows one additional principle: trust but verify.

Verification may be facilitated by the use of free and open-source software (FOSS). FOSS provides security through transparency as opposed to security through obscurity and thus enables more agile responses to security responses. Users can identify and patch bugs themselves, or otherwise take advantage of the broader user community for such fixes. Thus open-source software promotes security in much the same way that competitive markets do: by accepting a wide range of inputs.

Despite the virtues of FOSS, there are plenty of good reasons to run proprietary software, e.g. fitness for purpose, cost, and track record. Proprietary software makes verification somewhat more complicated but not impossible. Source code escrow agreements have recently gained some traction as a verification measure for proprietary software, even with companies like Huawei and ZTE. In 2010, the infamous Chinese telecommunications giants persuaded the Indian government to lift its earlier ban on their products by concluding just such an agreement. Clearly trust but verify is imminently practicable, and thus technology neutrality.

What’s Missing

Level of detail aside, what is most conspicuously absent from the new Policy is any framework for institutional cooperation beyond 1) the designation of CERT-In “as a Nodal Agency for coordination of all efforts for cyber security emergency response and crisis management” and 2) the designation of the “National Critical Information Infrastructure Protection Centre (NCIIPC) to function as the nodal agency for critical information infrastructure protection in the country.” The Policy mentions additionally “a National nodal agency to coordinate all matters related to cyber security in the country, with clearly defined roles & responsibilities.” Some clarity with regard to roles and responsibilities would certainly be in order. Even among these three agencies—assuming they are all distinct—it is unclear who is to be responsible for what.

More confusing still is the number of other pre-existing entities with cyber security responsibilities, in particular the National Technical Research Organization (NTRO), which in an earlier draft of the Policy was to have authority over the NCIIPC. The Ministry of Defense likewise has bolstered its cyber security and cyber warfare capabilities in recent years. Is it appropriate for these to play a role in securing civilian CII? Finally, the already infamous Central Monitoring System, justified predominantly on the very basis of cyber security, receives no mention at all. For a government that is only now releasing its first cyber security policy, India has developed a fairly robust set of institutions around this issue. It is disappointing that the Policy does not more fully address questions of roles and responsibilities among government entities.

Not only is there a lack of coordination among government cyber security entities, but there is no mention of how the public and private sectors are to cooperate on cyber security information—other than oblique references to “public-private partnerships.” Certainly there is a need for information sharing, which is currently facilitated in part by the sector-level CERTS. More interesting, however, is the question of liability for high-impact cyber attacks. To whom are private CII operators accountable in the event of disruptive cyber attacks on their systems? This legal ambiguity must necessarily be resolved in conjunction with the “fiscal schemes and incentives” also alluded to in the Policy in order to motivate strong cyber security practices among all CII operators and the public more broadly.

Next Steps

India’s inaugural National Cyber Security Policy is by and large a step in the right direction. It covers many of the most pressing issues in national cyber security and lays out a number of ambitious goals, ranging from capacity building to robust public-private partnerships. To realize these goals, the government will need a much more detailed roadmap.

Firstly, the extent of the government’s proposed privacy safeguards must be clarified and ideally backed by a separate piece of privacy legislation. As Benjamin Franklin once said, “Those who would give up essential Liberty, to purchase a little temporary Safety, deserve neither Liberty nor Safety.” When it comes to cyberspace, the Indian people must demand both liberty and safety.

Secondly, the government should avoid overly preferential acquisition policies and allow risk assessments to be technologically rather than politically driven. Procurement should moreover be technology-neutral. Open source software and source code escrow agreements can facilitate the verification measures that make technology neutrality work.

Finally, to translate this policy into a sound strategy will necessarily require that India’s various means be directed toward specific ends. The Policy hints at organizational mapping with references to CERT-In and the NCIIPC, but the roles and responsibilities of other government agencies as well as the private sector remain underdetermined. Greater clarity on these points would improve inter-agency and public-private cooperation—and thus, one hopes, security—significantly.

[*]. Melissa E. Hathaway and Alexander Klimburg, “Preliminary Considerations: On National Cyber Security” in National Cyber Security Framework Manual, ed. Alexander Klimburg, (Tallinn, Estonia: Nato Cooperative Cyber Defence Centre of Excellence, 2012), 13

For more details visit https://cis-india.org/internet-governance/blog/indias-national-cyber-security-policy-in-review